The performance and exhaust characteristics of a dual-fuel compression ignition engine
were explored, with biogas as the primary fuel, diesel as the pilot-injected fuel, and …

Biomass gasification is a key enabler in achieving sustainable development goals. The
producer gas derived through the thermochemical processing of waste biomass is an …

Hydrogen is one of the most promising green fuels. The present study explores the potential
of novel water hyacinth biodiesel as pilot fuel as well as investigates the influence of the …

This present work highlights the influence of injection timing (IT), injector opening pressure
(IOP) and compression ratio (CR) on the combustion characteristics of a diesel engine …

Limitations on the upgradation of biogas to biomethane in terms of cost effectiveness and
technology maturity levels for stationary power generation purpose in rural applications …

This numerical study covers the engine performance and emissions of a dual-fuel
compression-ignition engine fueled by hydrogen/diesel mixtures. Advanced simulations of …

In this study an exhaust gas recirculation system was developed for a small single cylinder 4-
stroke engine. Then the mathematical models to correlate responses as the engine …

In this study, the response surface methodology (RSM) optimization technique was
employed for investigating the impact of hydroxy gas (HHO) enriched diesel on …

The purpose of current research was to implement an intelligent regression model and multi-
objective optimization of performance, combustion and emissions characteristics for a …

One of the many technical benefits of green diesel (GD) is its ability to be oxygenated,
lubricated, and adopted in diesel engines without requiring hardware modifications. The …